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What is the acceleration and error of acceleration in a hanging system. There is a cart connected to a string on a pulley that accelerates due to a hanging mass. The mass of the cart and the string together is 511+-1g, gravity is 9.8+-0.03, the hanging mass is 55+-1g. Assuming there is no friction.

What is the acceleration and error of acceleration in a hanging system. There is a cart connected to a string on a pulley that accelerates due to a hanging mass. The mass of the cart and the string together is 511+-1g, gravity is 9.8+-0.03, the hanging mass is 55+-1g. Assuming there is no friction.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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What is the acceleration and error of acceleration in a hanging system. There is a cart connected to a string on a pulley that accelerates due to a hanging mass. The mass of the cart and the string together is 511+-1g, gravity is 9.8+-0.03, the hanging mass is 55+-1g. Assuming there is no friction.
d Appendix.pdf: PHYS 111 & 112 E *Report Sheet 4.pdf O Pre-lab 4.pdf li/OneDrive/Desktop/Physics%20Labs/Lab%204/Pre-lab%204.pdf T -pendix 4 Using Excel a free body diagram for both the hanging mass and the cart using M ss of hanging mass, g gravitational acceleration, a = oth the cart and the hanging mass. Make sure you indicate the direction accelertion. [1] = mass C magnitude of the ac Cart: Ma- T-( Mg) frut is to the left A Fn hanging ma ss: ma=T-mg fret is dawn free body diagram, derive an expression for the acceleration i laulato tho nooolonation of the nort in torma of thoao voriobla. 90% 12°C
Transcribed Image Text:d Appendix.pdf: PHYS 111 & 112 E *Report Sheet 4.pdf O Pre-lab 4.pdf li/OneDrive/Desktop/Physics%20Labs/Lab%204/Pre-lab%204.pdf T -pendix 4 Using Excel a free body diagram for both the hanging mass and the cart using M ss of hanging mass, g gravitational acceleration, a = oth the cart and the hanging mass. Make sure you indicate the direction accelertion. [1] = mass C magnitude of the ac Cart: Ma- T-( Mg) frut is to the left A Fn hanging ma ss: ma=T-mg fret is dawn free body diagram, derive an expression for the acceleration i laulato tho nooolonation of the nort in torma of thoao voriobla. 90% 12°C
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